Conveyors TRIZ Cases

Radiation crosslinking and embedded spheres reduce friction in dry-running conveyor chains, eliminating lubricant pollution.

Cured crosslinked polyethylene cover prevents material buildup and reduces scraper wear while maintaining structural integrity.

A three-layer belt design embeds a centric reinforcing material between folded longitudinal edges to maintain uniform thickness.

Segmented sprocket geometry with large openings and reinforced ribs provides complete hinge area accessibility while maintaining structural strength.

A helical conveying device moves rod-shaped articles along a dual-helix path using a movable deflection carriage.

Vertical rail stacking eliminates single-level footprint expansion while maintaining high throughput transfer speeds.

A container handling vehicle uses a vertical wheel lifting mechanism to reposition drive components for directional changes on rail systems.

A multistage conveyor system separates side-by-side parcels using alternating high and low friction lanes to guide items into single file alignment.

Segmented frames and dynamic shelving resolve inflexibility in traditional hydroponics by enabling easy repositioning and optimal light distribution.

A modular conveyor mat positions rollers above the support surface to achieve high density.

A weighing conveyor belt adjusts local mass distribution to compensate for inhomogeneities detected during rotation.

Variable spaced conveyor belt links distribute tension loads via localized density changes, reducing fatigue breakage at wicket areas in turns.

Ceiling-mounted storage system with internal transfer robot conveys wafers between shelves, eliminating ground-level interference.

Optically readable codes replace manual parameter entry with automated optical reading, reducing configuration time and transcription errors.

An elastic edge conveyor belt deforms at a transfer gap to release baked goods from the mold.

Segmented planar bearing plates maintain consistent air gaps across long travel distances, resolving manufacturing precision challenges for surface flatness.

Spring-loaded support rollers secure transport modules to guide rails, eliminating tool-assisted adjustments and reducing downtime during format changes.

Spring arms bias cartons against a ceiling plate to position packs at operation stations, eliminating manual adjustments for varying carton heights.

Abrasion-resistant conveyor chain areas reduce wear on sliding strips, eliminating lubrication needs and preventing contamination in packaging lines.

Differing conveyor belt speeds induce rolling motion in wound dough products to orient protruding ends against a support surface.

Routing power and control buses along rail sections above the floor supplies modular drive units without penetrating the cargo deck, simplifying installation.

Segmented bearing receiving regions hold pivot bearings via conveyor tension to minimize radial space requirements.

Integrated welded plates join washing machine beams to conveyors, eliminating screw interfaces that cause fatigue failures under operational loads.

A pneumatic air supply line supports a conveyor belt while a pressure variation suppressor generates counteracting acoustic waves to dampen structural oscillations.

Cylindrical magnetic roller matches belt scale pitch to maintain accurate position detection.

Parallel flats on the pivot shaft engage leaf springs to hold the lid in defined positions, reducing opening force while preventing bending loads.

Movable scraper plates adapt to varying poultry neck dimensions, resolving cleaning inconsistencies caused by tissue strength variations.

Convexly curved pressing elements adapt to variable product profiles, preventing compression and wrinkling of soft fillets during skinning.

Elastomeric bands apply uniform pressure to enrobed bakery items, resolving automation efficiency versus product waste trade-offs.

Segmenting container handling from goods movement reduces restacking time while maintaining stacking precision.

A brake caster assembly uses a slider plate and guide plate to cycle braking force dynamically along a shaft.

A compensating roller system uses biased rollers to dynamically adjust belt tension and maintain consistent contact with moving products.

Extendable intermediate advancing elements close the discharge opening to prevent roll damage while trims fall through by gravity.

A sterilizing assembly uses ultraviolet light and a motor-driven dispensing unit to provide sanitized writing utensils on demand.

Vertical transfer between variable-speed conveyor circuits buffers items, resolving space efficiency and accessibility trade-offs.

Offset light arrays measure package dimensions across a conveyor gap, resolving throughput bottlenecks by maintaining continuous item flow without stopping.

Rotationally-retractable fingers in an arm tunnel extend to stop low-profile objects, preventing overshoot on automated conveyors.

An outer rotor motor directly drives a connecting member to move test tubes along a support unit without intermediate gears.

Inclined belt ramps on a roll-on module enable automatic pickup of piece goods via friction, resolving automation speed bottlenecks in disordered storage areas.

Increasing the base angle of substrate holding device protrusions from 45 to 70 degrees reduces particle adhesion and surface irregularity.

Autonomous vehicle transports retrieve assembly materials from storage locations and deliver them to assembly stations.

A carriage with a latch assembly captures guide rail hangers to reposition them along conveyor tracks.

Structure-borne noise sensors detect frequency deviations from conveyor belt damage, resolving detection gaps when material fills cracks.

A vertical carousel conveyor reduces horizontal processing line length by moving eggs through integrated spray bars and air knives.

A tilted conveyor with a roller guide manages high-speed parcel sorting by balancing gravity-driven acceleration against orientation stability.

A segmented transfer pipe guides raw material powder flow to prevent segregation during gravity-based transfer.

Segmented guiding fingers reorient bakery products into uniform rows on a continuous belt, resolving random placement issues.

Segmented accumulation units with dynamic trajectories maintain continuous product supply during downstream interruptions.